Free sirius 0.03 software for linux

Sirius is a program for playing the game of othello. The program includes an AI (Artificial Intelligence) opponent which plays at a very challenging level and is actually quite hard to beat. The AI opponents strength can therefore be adjusted in several ways to give you a suitable opponent.
The AI opponent uses a plain alpha-beta search with hashing to figure out which move to make. To be able to tell a god position from a bad one, it uses a pattern based evaluation function.
The pattern used is the 9 discs surrounding each corner and the 8 discs creating the edge of the board. The evaluation function also takes mobility, potential mobility and parity into count. For the initial 9 moves the AI opponent optionally uses a simple opening book.
During midgame it searches and evaluates about 200.000 nodes per second on a PIII 750 MHz, in the endgame this number is significantly higher due to more transpositions and a less expensive evaluation function.
Enhancements:
- Russian translation. (Alexandre Prokoudine)
- Fixed problem with non-latin UTF-8 characters. (Vyacheslav Sdiconov)
- Trippled the size of the opening book.
- Made the hints unsensitive at startup.
- Man page for Debian.

etvis is a demo viewer/commenter for Wolfenstein: Enemy Territory FPS game.
Demos recorded with ET can be sorted, renamed, deleted, and viewed. Comments can be stored for each demo individually.
Comments will remain no matter if a demo-file gets renamed by etvis or by another application.
For now you have to edit some things by hand before compiling, this will be changed in a later release:
Edit src/main.h EXECPARAMS for options to give to ET
src/main.c line 174 for the dir that is filled with your demos
src/main.c line 184 for your ET executable
Usage:
double-click on the filename to rename it
delete-key to delete the selected demo files
double-click views the selected demo in ET
Enhancements:
- A demo file can now be given as a command line parameter to omit the GUI, which is nice for associating etvis with .dm_84 files in your favorite file manager.
- In addition, basic gettext functionality was added.

Watsup is a system and process monitor for CPU, memory, page faults, disk IO, network IO.
Low overhead. GUI controls. Formatted report in window. Sample interval down to 0.1 secs. Choose font size. System resources: CPU (1-4), memory (free/used/cache), page faults (hard/soft), disk IO, network IO. Process resources: same + execution file name.
Main features:
- overhead is about 1/3 as much
- sample interval as low as 0.1 seconds is supported
- overall system and top process resources are shown on one page
- disk I/O, network I/O, and page fault rates can be monitored
- font can be made small (for display in a corner) or large (whole screen)
- the top N processes are displayed with minimal jumping around between samples
- (which makes it easier to watch one or a few processes)
- process ranking is a weighted sum of CPU, hard page faults, and disk I/O

Iterator::Misc Perl module package contains miscellaneous iterator functions.

SYNOPSIS

use Iterator::Misc;

# Permute the elements of a list:
$iter = ipermute (@items);

# Select only every nth value of an iterator
$iter = inth ($n, $another_iterator);

# Randomly select iterator values with 1/$n probability
$iter = irand_nth ($n, $another_iterator);

# Fibonacci sequence
$ifib = ifibonacci(); # default sequence starts with 1,1
$ifib = ifibonacci($a, $b); # or specify alternate starting pair

# Geometric sequence
$iter = igeometric ($start, $end, $multiplier);

This module contains miscellaneous iterator utility functions that I think arent as broadly useful as the ones in Iterator::Util. They are here to keep the size of Iterator::Util down.

For more information on iterators and how to use them, see the Iterator module documentation.

Sys::Sig is a Perl module to return signal constants for this host.

use Sys::Sig;


my $TERM = Sys::Sig->TERM;

kill $TERM, $pid;

or

my $Sig = new Sys::Sig;

my $TERM = $Sig->TERM;
...

NOTE: the signal name is not case sensitive. The following will work just as well for METHODS ONLY:

my $TERM = $Sig->TeRm;

xpidl project is an XPIDL parser.

SYNOPSIS

xpidl -m mode [-a] [-w] [-v] [-t version number] [-I path] [-o basename | -e filename.ext] filename.idl

OPTIONS

-a

Emit annotations to typelib.

-w

Turn on warnings (recommended).

-v

Display version.

-t version number

Create a typelib of a specific version number.

-I path

Add entry to start of include path for ``#include "nsIThing.idl".

-o basename

Use basename (e.g. ``/tmp/nsIThing) for output.

-e filename.ext

Use explicit output filename.

-i path

Specify a path for import (only for IDL version 3.0).

-x

Enable export (only for IDL version 3.0).

-m mode

Specify output mode:

header Generate C++ header (.h)

typelib Generate XPConnect typelib (.xpt)

doc Generate HTML documentation (compat xpidl) (.html)

java Generate Java interface (.java)

html Generate HTML documentation (use idl2html) (.html)

TSKmount-Fuse is the filesystem of deleted files.

TSKmount, is a free Fuse filesystem written in perl and based on The Sleuth Kit tools. It is intended to provide an easy way to recover deleted files over ext2, fat and ntfs filesystems.

Short HowTo:

Mounting device /dev/hda5 on /tmp/fuse empty directory:

tskmount /dev/hda5 /tmp/fuse
### wait the "Ready" message before going to /tmp/fuse ###


Unmounting filesystem:

fusermount -u /tmp/fuse

See common options:

tskmount --help